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In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement?
Most Upvoted Answer
In ncert chemistry, page no. 37 para 1st. it is written tht " At a giv...
Explanation of the statement:
- Relationship between intensity of radiation and wavelength:
- At a given temperature, the intensity of radiation emitted increases as the wavelength decreases.
- This means that shorter wavelengths correspond to higher intensities of radiation.
- Maximum intensity at a specific wavelength:
- The intensity of radiation reaches a maximum value at a particular wavelength.
- This specific wavelength is known as the peak wavelength or the peak emission wavelength.
- At this wavelength, the radiation emitted is at its highest intensity.
- Decrease in intensity with further decrease in wavelength:
- After reaching the maximum intensity at the peak wavelength, the intensity of radiation starts decreasing as the wavelength continues to decrease.
- This decrease in intensity with a further decrease in wavelength is a characteristic behavior observed in the emission of radiation.
- Visual representation:
- This phenomenon can be visualized on a graph where the intensity of radiation is plotted against the wavelength.
- The graph will show a peak at a specific wavelength, indicating the maximum intensity of radiation emitted.
- Significance:
- Understanding the relationship between intensity of radiation and wavelength is crucial in various fields such as spectroscopy, astrophysics, and materials science.
- It helps in analyzing and interpreting the emission spectra of different materials and celestial bodies.
In conclusion, the statement highlights the behavior of radiation emission concerning wavelength and intensity, emphasizing the concept of peak intensity at a specific wavelength followed by a decrease in intensity with further decrease in wavelength.
- Relationship between intensity of radiation and wavelength:
- At a given temperature, the intensity of radiation emitted increases as the wavelength decreases.
- This means that shorter wavelengths correspond to higher intensities of radiation.
- Maximum intensity at a specific wavelength:
- The intensity of radiation reaches a maximum value at a particular wavelength.
- This specific wavelength is known as the peak wavelength or the peak emission wavelength.
- At this wavelength, the radiation emitted is at its highest intensity.
- Decrease in intensity with further decrease in wavelength:
- After reaching the maximum intensity at the peak wavelength, the intensity of radiation starts decreasing as the wavelength continues to decrease.
- This decrease in intensity with a further decrease in wavelength is a characteristic behavior observed in the emission of radiation.
- Visual representation:
- This phenomenon can be visualized on a graph where the intensity of radiation is plotted against the wavelength.
- The graph will show a peak at a specific wavelength, indicating the maximum intensity of radiation emitted.
- Significance:
- Understanding the relationship between intensity of radiation and wavelength is crucial in various fields such as spectroscopy, astrophysics, and materials science.
- It helps in analyzing and interpreting the emission spectra of different materials and celestial bodies.
In conclusion, the statement highlights the behavior of radiation emission concerning wavelength and intensity, emphasizing the concept of peak intensity at a specific wavelength followed by a decrease in intensity with further decrease in wavelength.
Community Answer
In ncert chemistry, page no. 37 para 1st. it is written tht " At a giv...
There must be a correction.
*further increase in wavelength
*further increase in wavelength
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In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement?
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In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement?.
In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In ncert chemistry, page no. 37 para 1st. it is written tht " At a given temperature intensity of radiation emitted increases with decrease of wavelength, I reaches a maximum value at a given wavelength and then starts decreasing with further decrease of wavelength ".plzz elaborate this statement?.
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